Printing-telegraph.



3. SOLPVATENUOW. PRINTING TELEGRAPH.

APPLICATION FILED FEB. 5, 1912. 1,034,405.

1 o snan'rs sn'mu: 1.

J g Fig.1 f? a A G V I B B HIHHIH B WITNESSfiS INVENTOR asl lesldai'en Cow ATTORNEYS Patented July 30, 19.12.

vSOLDATENGQW.

"PRINTING TELEGRAPH.

' \APPLIOATION FILED FEB.5, 1912. 1,034,405..

1o SHEETSQYBI'HEBT 2.

' Fig.3

Fig.4.

WITNESSES INVENTOE ,6 Basile So/ddfencow, BY 7 I l I I V ATTORNEYS Patented July-30,1912.

B. SOLDATENOOW. PRINTING TJQ'LEG'RAPH APPLICATION FILED 171115, 1912 1,84,405,

Patented July 30, 1912.

10 SHEETS-SHEET 3.

\n/wusssss INVENTOR Basile; Sollafncow BY AITORNEYS WITNESSES B. SOLDATENCOW. PRINTING TELEGRAPH. APPLICATION IlLED FEB. 5, 1912.

10 SHEETS-SHEBT 4.

'ooooobo ao'oon aomno'oo.

, INVENTOR Bcel Sile Saldafencbw Patented July 30, 1912.

SOLD ATENGO W. B'INTING TELEGRAPH. APPLICATION FILE D FEB. 5, 1912.

WITNESSES mvemrora EB Basih;- Solplahzncow ATTO RN E Y5 Pat entd -30, 191 2 Patented July 30,1912. l0 SHBETSSHEET 6 *FHQA'AJIAAAQA IINVENTOR" Basil e Soldaiencow- ATTORNEYS B. SOLDATENOOW.

, PRINTING TELEGRAPH.

APPLICATION FILED FEB. 5, 1912. 7

{1 A fiifi S 30 WITNESSES B. SOLDATENOOW.

'- PEINTING TELEGRAPH.

Q I APPLIUATIO'N FILED FEB. 5, 1912. 1,034,405.. 7 v 'Pat ented July 30, 1912.

10 SHEETS-SHEET. 7.

. Fig: 15 &

WITNESSES I NVENTQR ATTokNEYs B. SOLDATENGOW.

PRINTING TELEGRAPH. 7

APPLICATION FILED H23. 5, 1912. J LGMAO5B Patented July 30, 1912, J 1o sflsms smm 8.

t; F! W- mvE NToR Basile Sol'clafencoW BY:

" ATTORNEYS.

B. SOL DATENGOW.

PRINTING TELEGRAPH.

APPLIGATION FILED FEB. 5, 1912'. mm w, v

1 0 SHEETS-SHEET 9.

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J m b WITNESSES v I INvENToR S Basile Sololafehcow I m BY ATTORNEYS Patented July 30, 19,12.

B. SOLDATENGQW. :PEINTING TELEGRAPH. APPLICATION FILED FEB. 5, 19'12.

Patented July 30,1912.

.10 SHEETS' SHEET 1'0.

h Q 423 C6 'crqeouyea atrne ran rice.

zeasxta somarsuoow, or rams, manner PRINTING-TELEGRAPH.

'T all whom ii may concern:-

Be it known that I, BAsILE S0LDA'rnNcoW',-. D

0t 37 Rue La Prouse, Paris, Fr'ance,';have invented certain new and useful Improve nents in and Relating. to Printing-Telegraphs, of which'the following is ,a-spe'cifica The present invention relates-to a print-i ing telegraphic device, comprising an elec tro-magnetic device having-two dlstinctabtions and provided with a single solenoid by which-means it is possible to obtain difier'ent and distinct effects. It is thereby'possible to reduce the consumption. of ,current, as .Well.

as the size and cost of the apparatus.

The accompanying drawingsshowbyway 1 of example a transmitting and-receiving ap= paratus constructed alcoordingto the invent-ion. M

Figure'l is a diagrannnatic yiew of the electromagnetic device according to thein-- ventlon. Figs. 2 to t illustrate an apparatus embodying the invention at different stages in its operation. Fig. 5 1s a transverse sec tion of aprinting telegraph c lnstrument sectional side elevation .along line 2- 2 ot- Fig. 5. Fig. 1 is a section lon line 3 333of Fig. 5. .Fig. 8 is a plan with part of the keyboard and: its supporting plate removed; .Figs. 9 to 13 show details. Figs. l:t' and 14? are diagrammatic views of the various connections; Figs. 15 to 18 show a device forsetting transmitting and receivi'ngapparatus in concordance.

The electro-magnetio device according to theinvention consists (Fig. l) of a solenoid .A-towhich current is supplied by an electric circuit B (the source of current being at I).

The circuit B is divided. outside the solenoid and-includes in one. of the divisions C a switch or other device D which only permits such current to pass that the magnetic field generated shallbe suificient to produce a given attraction or magnetization of the core 'G--. In the other division of the circuit E is inserteda switch or other device F which permits such current to pass that the magnetic field generated'shall be sufiicient to' cause a stronger attraction or magnetization than the first, for the-purpose of obtaining by means of a'single solenoid and a single electric circuit different and distinct effects.

The apparatus acts as follows,. supposing '55 that the core G is attached to a fixed point J by means of 'a spring H whose' tension is v j Specification of Letters Patent. i Application filed February 5; i912.

I ra eaaa aaiyea eia seri aiu'o erased i I :suitably ad-justedx When closing the switch a magnetic field is produced in. the sole- 'noid which attractsthe core G- and tensions the spring 1 'If switch. D 'is opened the" magnetic. field disappears and the spring contracts and pulls up the core G. Effects of greater or smaller magnetization of-the core G, resultingin. a. succession of reciprocatory movements of the said core in combination withthe spring H simultaneously by the at.- traction or release of organs whose weight and position are determined according as the magnetic field created is sufiicient or not to influence them.

Figs. 2 to- 4 can be used. A; represents a solenoid or electro magnet havinga station-.

'ary core 80 and a'movable core- 81.. One of the divisions of the electric circuit'is con stituted by wire 82, starting from the source of current 83 and having a suitable switch8 l, a bracket 85 on which is pivoted at 86, a conducting lever 87 havingv a spring contact member 88, which: latter can contact with a conducting lever 89 mounted in a conducting bracket 90 connected by wire 91 to" the solenoid A which finally is connected to the source of current 83 by the wire 92. A nonconducting extension 93 oflever 89 is pivoted at its extremity to the movable core 81. The contact member 88 is mounted in a casing 94 which can be moved along the lever 87. The latter carries an insulating: piece 95 placed. between an adjustable abutment .96, mounted on. the endof the lever 89, and a second adjustable stop 97. A. counterweight.98 whose-position can be adjusted is nounted'on the other end of lever 87 and returning springs, 99 and 100 are fitted on levers 87 and 89 respectively.

The'second division of the circuit is constituted bythe wire 101- connecting the two points 102 and 1 03-of the circuit andinclud' inga switch 104e.

In Fig. 2, the switch 10% sopen (the usual In practice the arrangement shown in the "Same kind are obtained with the switch key 84 being depressed) and thecircuit is the. following: wire 82, bracket 85, lever 87,

- spring contact 88, lever 89, bracket 90, Wire 91, the winding of the solenoid A and wire 92. The movable core is therebv attracted and together with lever 89, 93, takes up the 1 position shown in Fig. 3. The stop 96 raises the insulating block 95 and swings the lever 87 and thereby removes contact88 from lever 89 and interrupts the current. The

n V I core 81.1s now no longer-attracted and the springs 100 and 99 return the corresponding levers 89 and 87 into the positions shown in Fig.'-2, thereby again closing the circuit, in

that contact. 88 makes contactwith lever 89. By this means the core 81 is again attracted, ,wh-ich attraction again'breaks'the circuit, and this cycle of operations continues/indefinitely. In this way a rapid pulsatory movement of the movable core 81 obtained by the rapid succession ofo'pening and C103? ing of the contact making and 'breakingde- ..vice 88-89 If the switch 104 (Fig. 4) is closed'the following circuit is formed: wire 82, branch 101-,switch 1042,- wire 91, solenoid A and wire 92 thereby producing in the solenoid a magnetic field whose intensity can be regulated .(.for instance by' the time during .which the current passes) so that it is greater tha'n'that 1 of the field produced by the first branch,

Therefore by closingthe switch 104 during theoperation of the contact making and breaking mechanism 8-8 -89, the more in;-

tense field-controlled by 104: will cause the movable core 81' to be stopped or held, while at the same time magnetizing the core 80 I more strongly. The extent and duration of the movements of the core 8l can be regulated by adjusting the stops 96 and 97 and .the counterweight 98. In certain cases, a

movable armature 105 can be arranged near the stationary-core 80, in order to utilize the magnetization developed there and to make it actuate, either'directly' by magnetic attraction, orby any other suitable means, the

switch 104; in order for example to open said switch, after the current'has passed for a vpertain length of time. This armature could "III the same way actuate in any suitable manner, the device for closing switch 84.

Incertain other applications, the stationary core 80 is given a form adapted to enable it to actuate any other desired device, either directly by magnetic attraction or indirectly *byan'ysuitable transmission gear. The core r may, for example, be' provided with "heads or projections of any suitable form. One

could also cause the switches 84 and 104to cooperate so as' mutually to control their .maneu'vers under certain conditions. An

. adjustable stop may be arranged above the movable core 81. One couldalso arrange, in

each branch of the'circuit supplying the solenoid, SL'SWItCh, either actuated ornot,

or;of' feeding a core or armature.

a resistance, any. source: of current -or any] other device adaptedeither, to vary the mag; netic field of the solenoid by controlling the I duration of the period of passage of the current, or in any other manner'by controlling the current itself, or ada tedto control other-' organs of the device. T e solenoid or electro-magnet can be replaced anywinding or coil capable of creating a magnetic field The transmitting instrument shown comprises a key-board Aand acasing B which latter has an intermediate partition C, so that a chamber orspace D is'formed. The mechar'am comprises a magnetic device having a double action, the reciprocating movement of the movable core being utilized to bring the type or printing characters carried by a wheel into printing posit-ion, whilethe attractive movement of the armature of the fixed core serves to effect the impression.

The keyboard A has a. suitable number of keys a (Fig. 5), each of. which is mounted on a vertical lever b guided in the upper walla.

of the keyboard casing and recessed so as to form, on the one, hand, a cam dadapted to actuate a horizontal frame e and,on the other hand, an abutment 7 which is adapted to sink below a second-frame g. The two frames 6 and are guided in the casing 'of the keyboard by rollers h and are provided .with returning springs (not shown) which tendconstantly to return them to the posi tion shown in Fig. 5. The frames are perforated to allow the passage of the rods 6, and these perforations are sufficiently large to permit movement ofthe keys. Each rod?) has an extension z'which-serv'es as'a guide to a returning spring 7', and passesthrough the .mis arranged a'cont act member 9, supported in a plate rof'insulat-ingmaterial and connecte d by a wires and a'metal rod M which passes-.through'partition Gto'a contact member 7) fitted oil-the inner face of this partition. I These contacts iowhich correspond in numberv toithe keys a are arranged in a circle andiiisulated one from the other, each one bemg connected in the same way, to

the various contacts correspondingto the keys a of the keyboard. '--The upper fra-me e is provided at its inner. end with a'vertic'al insulated arm w carryinga horizontal rod 3 placedopposite a spring contact 2 whlch is situated near 'a-fixed contact tconnected .to

the terminal 11. The movable contact 2 is fastened to a fixed terminal 1 which is connected electrically to plate a by ametal strip w. "A conductor 2 connects terminal 1 to a metal 3 ,(Fig7) on the end of which is-mounted a fixed contact 4, the position of which can be adjusted by. nie'ans ot thumbscrews 5 2111016.: '1?hi s support'rests on' a conducting frame 8,"an insulator 7 being inter-' posed, saidlfram'e beingconnected; on theone hand by'awire '9 to'on'e terminal-10 of'a condenser 12 shown; in Fig, 8,' which, again is connected by terminal l l'place'd-outside the casing 'B" with the receiver-"(not shown) {and err-the other hand by ajwire .15 e to the windin'giof a solenoid 16 (see Fig. 7),

the wire 17 leaving the same beingro'n 'nected to a second internal-terminal 18. of the condenser as; shown also, in Fig.- 8.: The

solenoid 16 isfixed to ai'rame whichcan slide vertically on zth' front face. 5,5-Lofjt-he casing B-,- and which 'isj'attached 3 to the latfter by screws 56 (Fig. 9); screwediinto' the: frame .and passingzthrough elongated holes 57 in the wall 55, against which theirhead'sv bear by-meansfof a plate 58'; Anadjusting consisting of a roller 24 supportedby anin' sulating sleeve. 25-and connected bya;;w1iref :which. latter is jonrnaled ;in the-Wall s offthecasing B and pivote'd'in the center ofthe device (not shown) rendersitfpossible to alter- ,the vertical position-of frame 54 and ofthecoil which it-carries. @The coil comprises two cores, oneo-f which'l9is fix'ed and the other- 20 is movable and pivoted at 'its upper .en'd'to ahorizontal shaft 21 whichis fixed to a lever 22, pivoted at 23 on the'fiXed frame 8,. This? leveris provided at one endjwithla returning spring 37 havingan adjustingscrew 38 and carries at itsother end a1- inovable contact 26' to a frame 8-. The, outer'end raver-1 2 carries a'pawl'27 arrangedoppositea: ratchet wheel 29"key'ed on a horizontalwshaft .310

circle formed by the contacts o. ,Lever22 terminates in a forkin which mounted-a;-

- pin 33 fixed to two arms34 an d'35 mounted loosely on shaft 30 In t-he','outer face of lever 34 is pivoted a spring actuated pawl 39 which can engage'with' a ra'tchet wheelfsO wl ich compris es,- like ratchet-29,,a number. of teeth equal to the number of contacts a and in a corresponding position; The teeth 1 9 (Fig. 7). fitted a i'novable armature 46 of the two ratchet wheels" 29 "and4O-Jare ar-." ranged in opposite directionsanda pawl. 41 .isprovidedtor ratchet wheel 40. The'fixed frame 8 isconnected by; a conducting brush 42 to. the'hub 43- of a leverc tikeyed-on' shaft- 30' and insulated therefrolni-and carrying a brush-45 which contacj wi the vContact Studs n- I Near-the lower end the stationary core ha ing a returning spring 52, pivoted at 47;.

and hinged to the lower extremity of a concarries, a crossp'iecej 66' guided in slides 49, and with which engages a horizontal lever 50, passing through the front-wall of casing B and supporting -a printing-- block 61 "ratchet wheel 68 mountedonthe'axis of a .roller 6) '.for guiding the strip of paper 71,.

said iframe by its abutment-f. In the downjward movement, -cam d brings. the upper fi'ame e into the" position shown also in Above the printing'block 51 is arranged la v'ty e wheelifia, mounted .on .an external ex 1 tension of .shafft 30 and comprising char- -acters orsigns in number corresponding to thosemarked on the keys or and arranged in.

manner corresponding to the contact studs '21 and the teeth of ratchet wheels 29 and L0. The c-rcs' spiece 6.6 which is fixed'tothe rod 48,1car1ies apa-wl 67 in engagement with a on which bears another spring. roller 70 (Figs. 6, ",7 "and The paper strip is .guide'dby looseiroll'ers 72 and 'i sfed-from a "dru'm'mounted on a shaft- 73 fitted'in chamber DL" An inking pad 74. is arranged near thetype'wheel' 53.

The v'rnechanism for releasing the keys 'IS -.constituft-ed by a bent-lever 7 5 pivoted on a bracket '76 fixed to the front wall 7 7 of the 35 keyboard, one endfZSntwhich lever passes .througlr the-wall of casin'g B and engages the crosspiece 66. The lower 'ndW-t) of this.

zlever engages with frame 9; I The apparatus acts as fiollows:-If one of the keys is pressed. dowmv'tor'instance. the

onebeari'ng letter P, into the position shown in dotted lines in-Figifijit will be held in this position by frame 9 and is looked under dotted lines, in'which positio-nrod y presses on the movable'tcontact'e and brings itinto contact with the-fixed contact 6 {Fig 8'); "l hecurrient coming from terniihalll passes fviacontact t,' contact a, terminal 1',=con; ductbr' 2, Fig. 8, s' ipportjfig fixed vcontact 4:

F ig.'7, movable contact24ywire26tra1ne 8, 'v v andwire15,candpasses -through thecoil of ithe solenoid 116 andicauses"core 20 to be at t'racred' The latter-descends; taking with it .l

lever and the organs sii'pport'erl byit, so that the contact between 4 and 24 isbroken and-the'sol'enoid ;is no longer excited The 1110 spring 37 then acts -on'ilevert 22' and oscil-Q la'tes it .t'o-bring the elements into the-poshition'sliownin Fig, 7,'r $1 b0a1 receiving and transmitting. instrument's; During the os- "cillatingymovement of vlever 22 caused "by the attractionof core 20,?tlie journal 33 is caused to descend, taking with it levers and 35' so that p'awl39 turns ratchet 'w eel 4O by-one tooth,- UPawl 27 also c'om'esinto en gag nientwith a tooth of wheel 29a: d fby. 1

single line wire. On the other hand, on the depression of key a, the corresponding metal disk coming into contact withspringcontact g, the terminal 1 is connected by plate to metal plate a, depressed disk '0, corresponding spring contact 9 and wire to the contact stud l) corresponding to this key. lVhen in consequence of the partlal rotationsproduced by successive excitement of solenoid 10,. the brush 45 arrives opposite contact stud '0 corresponding to the depressed key of letter P, the following circuit through the solenoid'is closed: terminal 1, plate 20,.plate -n, disk 0, spring contact 9,

wire a, contact stud o-brush 45, hub 43, con

' tracted, rod 48 raises printing .block -51,

which brings the strip of paper 71 into contact withthe letter which is situated at this moment at the lowest point of wheel-53, and corresponding to the key depressed, so that this letter R is printed on thepaper. Dur- M ing this rising movement of rod 48 and cross piece 66, the end 78 of, the bent lever 75 is raised, so that the end 70 of this leveris moved toward the left, taking with it frame g, which moves awayfrom projection'f, so

' paratus. '55

' receipt according to acertaln rule.

that red of the key is returned by spring y' -to the'position shown in full lines in Fig.6, while the frames also resume their original position, under the action of returningsprlngs not shown. The circuit passing through the-contact studs a) s then broken,

the magnetization of solenoid 16 ceases and. 'llZ-S' armature 46 resumes the positlon of 1 1g.-

5, with rod'48'and the mcmbersit actuates, under the action of spring 52. The pawl 67 in descending, turns ratchetwheel 68 by one coil 16 of the two apparatusesthus productooth, and roller 69 advances the paper strip 71, by a suitable amount. v This apparatus presents the following advantages: The arrangementof. an electromagnetic device, having different actions, forcontrolling the several parts, enables one to use a single current-conducting wire bringing current from a single source, thereby diminishing the sizea'nd cost of the ap- The device can be utilized to send cipher messages, by displacing the'brush 45 or-the type wheel of thereceiving instrument by a certain amount relative to that of the transmitting station, the message sent.

inordinary language by the transmitting station will beautomaticall transformed on This displacement .-could also be effected at the transmitting station; The apparatusdescribed permit-s dir'ect'current of constant -sign to be used, in -distinction from certain known apparatus .which use currents of opposite sign to produce the various movements .oftheir parts.

lVhen utilizing the device described on a telephone line, or on a telegraph line, it may happen that communication between the two stations .is. cut at the moment when a message is being sent, and that the receiving apparatus alone receives current and continues to act, so that the brushes of transmitting and receiving apparatus become relatively displaced. in order to remedy this drawback, there is provided an apparatus for resetting into concordance. .In order to insure the synchronous working of the apparatuses, the latter are arranged in the manner shown by the diagramof Figs. 15 and 15. The free end of the lever 22 which supports the movable core 20 of the solenoid 16, isprovided with a head 106 opposite to two contacts 107 and 108 connected with the and terminals respectivelyof a source of electric current and from the said lever, insulated from the mass, starts the wire 109 of the line which latter, for each apparatus passes through a relay 110 of any suitable construction, the armature 111 of which is connected with the supply of a local source of electricity and is adapted to bear against a contact 112.com nected with the inlet wire 2 of the coil 16, for one direction of the line current. 'Owposed as being a transmitter in Fig. 15,

assumes the position indicated with dotted lines, the head 106 being in enga ement with thecontact 108 of the source a cur rent in the direction will be sent in the line, said current ending at the ()t er- -'1ninal of the right hand apparatus and pass ingthrough the relays which are energized and brought into their working position,

whereby a local current will be sent in each will assume a position symmetric to that in-' cheated by the dotted lines. In this displacement the heads 106 have reached the 1 contacts 107 in consequence of which the line is supplied with a current flowing in. the (-1-) direction, that is to say'starting from the (-1-) terminal placed at the left and ending at the terminal of the left.

hand. apparatus. The direction of the currnt in the line being thus inverted, the,

armature 111 of the relays is pushed back I in-the other direction thus cutting off the supply of current in the wire 2 of the coils, causing the springs of the cores .20 to re turn thesaid cores in the position of rest movable cores, cutting '01? again. the line cirindicated in'dotted lines. A current inthe i r (-1-) direction is thus again sent into the v line, the relays produce the attraction of'the engageiwith :a ratchet Wheel-119 keyed on I 130 arranged iii-{- a onve ientpmanaen The t spindle 12(1passes across thezhwa'll offthe box I and "externally to the said qbo'x "it ghee-rs a needle r31 aSIWll: awn operating knob 132.

If the coils of the apparatuses Whichare.

connected to eachother'donot present the same characteristics and it before one of the rangement according to Fig. will secure the synchronous Working of the connected apparatuses, for, in order that one of the cores leaves a determinated' position it is necessary that the core or the cores of the apparatuses to which the first mentioned coreis connected-has reached thisactual po- 'sition. For example, if the left hand. core in -Fig. 15'has tendency to. oscillate more quickly than the right hand apparatus, and if it has been returned to its position ofrest symmetric to that indicated by the dotted lines When'the core of the right hand apparatu's has reached the position indicated in dotted lines then the current sent through the right hand apparatus in the Y line is unable to flow-through theline because it Wouldend at-the terminal of the apparatus placed at the right hand. I Thus, no current whatever is circulating in the line. and as not any influence changes H the position ofthevr'elays, theenergizing circuit of theright hand solenoid remains completed until the attraction of the core hastaken place anduntilpthis core has again been returned into its position of rest'whichi is symmetrictothat. indicated by the 'dott ed lines. It is seen that bythis meansa perfect synchronous woikinggof the apparatuses is'obtained;;' 1 r A device has also been provided enabling in concordance with 'BfiOh other. On the one'oif its ends a pivotedpaWl-118 which canthe spindle 120 of a cam Wheel 121 haying a 'bgraof, cams fpreferahlytequal to one half 10f .the n1 1mber of teeth of the ratchet Wheel 119.: Under the-action of a, spring 122 a;

lever 123-- is pressedagainstthe cam Wheel;

' the said leyer @being'keyed on the airis'jlQ, of a: 125-Which forms't'he movable part1 g rof a switch and bears twopairs of'conduct-f mg levers 1326, 126? and fifths-pairof 't'ac,ts l2ti fl2fi pertaining f0 'linjeTcirQuit, andethe P211111 v fspondingxrelays of lI'l16 -$t%p Imam-126126 have jtlaeiren iSI-tetoithe' terminals or con ta 6'5 oar the cross piece '66 is a stem- "which cores of the coils has a tendency to movemore quickly'than the other core, .the .ar-'

. the, apparatuses of-bei-ng returned to-zero or- 10 4 a ."spin'dle 30 of the type Wheel is keyed a disk 113 the periphery ')f w hi chhas anotch 1141 intended to-beengaged bya finger piece115 -.on a lever 1 -1 6 pivoted'at' 1-17 and having'at "Pl ced oil-par extends laterally above the elever 116. The

tion shown-in Fig." 16 when the solenoid has been acted upon by. a special key .WlliCllIQ turns the system to zero. Thus, when the notch and. assumes the position SllQWIlf by the said figure; During the normal WOIk:

the. periphery ofthedisk 113 and the pawl theapparatus-to zero is depressed,- the parts Wheel 119; and When thef crossspiece fifi is lowered after printing, the stem 133.011 the lever 116 and Will produce a rotation of the Wheel 119 by one tooth. The Wheel. 121-:will therefore turn by half a toothrand the lever 123 which was resting on the bottom ots-a cam isplaced on the projection ofthis cam, thereby producing an oscillation ofthe drum around :itsakis. and breaking the contact 1 be 128 and 129 respectively to bring them a into Thus,- the corresponding extremity of'the line communicates itha pole difi'erent from the'original one," so thatifno change has occurred at the other end'ofthe. 1ine,no current can flow through: the line becausethe latter-1S name. a

transmitter, a-key of the latter: is depressed,

transmitting and receiving apparatus. At one-moment the disk 1133f the-receiver Will the lever 116 at thenionientwhere the cross bar isv agai-n loweredunder the actioncof heel 121 to -turnby-Jhalfi a moths-whereby 'the corresponding levers 126/126 vwill be this g noment the two endslof -th e 'l-inexare ona'lectedfwith- 'polesiot "sameffname -.so that' y'vghen thc operator again depresses a: keyjko:

aetihn ,in' the; apparatus; QBy'j'this may lhe -is v 'rgar ned that -there'ceiyer 1s 1n a 'determinated thetypyvheeloffhis transmitting apparatus into' the' same: position g then, ihy means of ,the 132 he will reverse tliiil'ibSition of arrangement ofthe partsvis such, that the. notch 11 1 in the disk 113 assumes the posi- 118 being out of engagement with the. ratchet'wheel 11 9, Ifthe-keyfor returning reach the position of Fig; 16, the'jpawl Joe- 'ing then engaged with onetooth of the V tweent-heleyers 126, 126 and the terminals connected with poles oi the same When itis desired reestablish the con-f 'cordance between theapparatus/from-the reach the position of Fig- E136. When the,

cross bar66 has efiected; the corresponding printing the stem 133' presses on theen'd'of engaged with anotherset ofqcontaets; At

key is'depressed, and onlyat this moment, I the notch 114 comes into the position of F igf '16 and the finger plece 115 engages this 'ing, the several parts are-in the position of Flg. 18, the finger piece 115 bearing against crossbar .66 presses on the left'part-ofthe con-tact with the terminals .129 and: 130.

ioo

whereby a printing produced-pin each the-return sp'ring,= and this will cause'the Y i I h heyhoardi he:..wi1ll; obtain no passage" a the: currenhin th'e lmeLa'nd consequently-no "p g-rumor fzerb==posiuon. @Hebrings1 15111211,

A the switch125 of the transmitter and both apparatuses are ready for a concordant working.

The operation .is the following: At rest, each apparatus is in a so-called receiving position to which corresponds a determinated position of the switch 125, which must be so, that the apparatus is able to receive at any moment a-despatch from any transmitter. When any apparatus is desirbus to send a despatch the direction of its double switch is reversed whereby the polarity of the endof the line and of the relay is changed, and the despatch can be forwarded withoutany necessity of specially pre aring the receiving apparatus, being un erstood that the necessary connections have been previously established. When the I transmission of the despatchhas come to end, the operator returns the switch to the position of'rest or receiving position. A despatchcould however be received through this. apparatus even ifthe reversal of the 'poles' has not'been efi'ected. In this case it would be suiiicient that the operator of anyother apparatus, acting as a transmitter, by observing that his apparatus is unable to work when connected with the aforesaid'receiver, changes the-position of his switch to pbtain the working of the two apparatuses as may be easily understood. In this case the 7' stationary core to the printing device, is providedwith a suitable device not shown,

'ous positions. relat ve tosolenoid 16'and its -fra1ne.. a y H The invention-is applicable to thetransconnection between the terminals and the keys could be changed in any suitable manner toobtain the short-circuiting of the coils 16' and the printing by the breaking of the line current. I

- When the apparatus is to be used solely as a receiver, keyboard A can be suppressed and casingB retained, doing away with brush 45, contact studs 12 and tre'mbler contact-4.

The rod 48 connecting armature 46 of the for varying its length to adjust itto vari- Z mission of messages or despat'ches-of any I tro-magnetic device c'an also be appliedfltO- kind and in certain cases can be utilized to actuate instruments at'a distance. The elec- 1 the actuation of apparatus ofa'll kinds, or to the 'productlon of. electrical, electro -magnetic, or mechanical effects.

aI-Iaving-now' particularly described and ascertained the nature of my .said invention j and in what manner the same is to be performed, I declare that what I claim 15:-

' Aprinting telegraph embodying a keyboard, a movable frame actuated by the keys of said keyboard,-a solenoid having a movable core, a" rod carried by said frame and controlling one branchof the, circuit of the solenoid, a fixed contact in the circuit branch, a source of current'for feeding said contact, a contact movable into engagement with said fixed contact, a second fixed contact having connectionwith said movable contact, a contact carried by the said sole-.

noid core and movable to engage said second fixed contact and also having-connection with the solenoid, and -a condenser with which the solenoid is connected, all for thepurpose described.

2. A printing telegraph embodying amagnetic controlling device including 'a solenoid having a movablecore and a lever having connection with said core, and a printing mechanism including a typewheel hav ing a shaft, a pair of arms mounted loosely on the shaft and carryinga journal with which the said lever is connected, a ratchet wheel secured upon theshaft, .a pawl carried by one of said .arms' and engaging said ratchet'wheel, a retaining, ratchet wheel also secured on theshaft, and a'pawl carried by' the said lever and adapted to engage said retaining ratchet wheel. I 3. A printing telegraph, embodying a keyboard, having movable keys, contact members arranged in the path of movement of eachof the keys, contact studs with which 7 said contact members have connection, a typewheel around whlch said studs are arhavi connectionwithsaid first brusha 'SOlGIlOld having a movable core, and in electrical connection with said second brush,

'cross piec'e to which said rod is also connected, a typewheel, 'a printing block mounted below. the typewheel, a lever carrying the said cross piece, a paper feed roller mounted adj acent said. typewheel and printing'block,

a ratchet wheel having connection with-said ,95' ranged, a brush carried by saidwheel andmovable. upon the said studs, a second brush,

printing block and havingconnection with feed roll, and. a pawl carried by said cross- 7 piece and engagin said ratchet wheel.

5,: A'printing te egraph embodying a 'key- I board having keys, a frame movable by means of the keys an'dbcneath which por-' tions of the keys are adapted to be looked, 'a

solenoid having a stationary core, an arma-f ture movable toward and away from said core, a cross'piece having-connection, and.

movable, with the said'armature, a pivoted angular lever,,one arm of which is connected to the said 'movable. frame,.and.the other arm of which is connected' -tosaid cross piece, whereby attraction of the armature to the solenoid core serves to release a locked key. i 6. In a printin telegraph, the combinacore, a lever actuated by the movable core and providedwitha contact movable between the said spaced cont-acts, electrical connections including a relay, a bi-polar switch controlling the polarity of the relay, an armature movable to andvfrom the said stationary solenoid core, and means actuated by said armature for moving said switch. 15 .tion of a source 0 'current having its terminals provided with Spaced contacts, a solenoid having a movable and a stationary y In testimony whereof I have hereunto placed, my hand, this 30th day of December v v B "SOLDATENCOW. In the presence of two witnesses:

7 1H. 0- (JOKE,

Y Y Lows CO UI'LLAT. 

